综采工作面智能化开采现状及发展展望

4011Vol.40No.11201811ChinaEnergyandEnvironmentalProtectionNov．20182018－08－01DOI10．19389/j．cnki．1003－0506．2018．11．0351611002113001963—、。．J．20184011167-171．GaoYoujinLuoKaichengZhangJiye．Presentsituationanddevelopmentprospectofintelligentminingonfully-mechanizedworkingfaceJ．ChinaEnergyandEnvironmentalProtection20184011167-171．450000、。6m2。。TD821A1003－0506201811－0167－05Presentsituationanddevelopmentprospectofintelligentminingonfully-mechanizedworkingfaceGaoYoujinLuoKaichengZhangJiyeZhengzhouCoalMiningMachineryGroupCo．Ltd．Zhengzhou450000ChinaAbstractThispaperbrieflydescribesthedevelopmenthistoryandcurrentsituationofautomationandintelligentminingtechnologyinfully-mechanizedminingfaceathomeandabroadandfocusesonthedevelopmentplanningandkeytechnologiesofintelligentmininginfully-mechanizedminingface．Thispapersummarizestheresearchanddevelopmentsituationandkeytechnologyoftwofully-mecha-nizedintelligentdemonstrationprojectsofFucun6msuper-largemininghighandthickseamandZhongyithinseaminGuizhouunder-takenbyZhengzhouCoalMiningMachineryGroupCo．Ltd．．Combinedwiththeimplementationstatusthekeytechnologiesandkeydevelopmentdirectionsfortheintellectualizationoffully-mechanizedcoalfacearepredicted．Keywordscoalminingintelligentminingreliabilitytransparentworking0、、、。21《2025—》“”“、”“++”。1984“++”1-719902001CSIＲOLASC8-15、·761·20181140。20802007。“++”8。、、、、“”、。18415826、。11.141。1Fig.1Developmentstagesofintelligenttechnology1、2、+3+4+。1.21。2。、、、。、、。2。、、、、。。3。。LASC。、、、、。。4。、。。。5。、。、、、。。·861·2018114022.1100832°5.7m1008ZY9000/27/60D、MG750/1915-GWD、SGZ-1000/14002。21008Fig.21008intelligentworkingsurfaceoverallplan10081、、、、、、、①、、。②。。③WebAPP。④。10086m+。2.2127011.20～1.55m1.41mZY3600/7.5/17D135205m。20184“/”。127013—。。。134。3Fig.3CuttingcurvegenerationincoalmineplanningofYanjiao2、·961·201811404Fig.4Sketchofcuttingplanforshearer5、、、、。、、6。5Fig.5Monitoringoffloorfluctuationandminingheightofworkingface6Fig.6Partialenlargement31。CT。“”。、。2“+”。。1～2。3。“、、、、、”3.04.05.0、、、。4、、、、、、、、。、。、、、。。Ｒeferences1．J．20184351187-1197．XieHepingWangJinhuaWangGuofaetal．Newideasofcoalrevolutionandlayoutofcoalscienceandtechnologydevelopment·071·20181140J．JournalofChinaCoalSociety20184351187-1197．2．J．2018475949-956．DuFengPengCideng．State-of-the-artandthoughtofautomatedlongwallminingintheUnitedStatesJ．JournalofChinaUniver-sityofMining＆Technology2018475949-956．3．J．20134191-5．WangJinhua．Keytechnologyofcompleteequipmentforfully-mechanizedtopcoalcavingfacewithlargeminingheightinextra-thickseamJ．CoalScienceandTechnology20134191-5．4．7mJ．20154731-4．ZhangZifeiYangJunzheDaiGuishengetal．Ｒesearchonkeytechnologyof7mhighcuttingfullyfaceJ．CoalEngineering20154731-4．5．J．20174211-7．YuanLiang．ScientificconceptionofprecisioncoalminingJ．JournalofChinaCoalSociety20174211-7．6．J．200937986-89．WangGuofa．Developmentandapplicationofcompletedsetequip-mentforsafetyandhighefficientmininginthinseamJ．CoalScienceandTechnology200937986-89．7．J．20143981418-1423．WangJinhuaHuangLetingLiShoubinetal．Developmentofin-telligenttechnologyandequipmentinfully-mechanizedcoalminingfaceJ．JournalofChinaCoalSociety201481418-1423．8．J．201442930-34．WangGuofa．Developmentorientationofcompletefully-mechanizedautomationintelligentandun-mannedminingtechnologyande-quipmentJ．CoalScienceandTechnology201442930-34．9．J．20144297-11．GeShirong．KeytechnologyofintelligentcoalminingequipmentJ．CoalScienceandTechnology20144297-11．10．J．2018473459-467．WangGuofaZhangDesheng．Innovationpracticeanddevelopmentprospectofintelligentfully-mechanizedtechnologyforcoalminingJ．JournalofChinaUniversityofMining＆Technology473459-467．11．J．2016389-93．WuGangLiuHong．SomethoughtsonChina'senergyrevolutionandthecoalindustryJ．JournalofSicenceUniversitySocialScienceEdition2016389-93．12．J．201745965-71．WuGangLiuHongFanJingdao．InnovationanddevelopmentofintelligentminingtechnologyincoalmineJ．CoalScienceandTechnology201745965-71．13．J．201641112651-2660．WangJiachenLiuFengWangLei．SustainablecoalminingandminingsciencesJ．JournalofChinaCoalSociety201641112651-2660．14．2025J．2018432295-305．WangGuofaWangHongＲenHuaiweietal．2025scenariosanddevelopmentpathofintelligentcoalmineJ．JournalofChinaCoalSociety2018432295-305．15．J．2016454653-662．HuangBingxiangZhaoXinglongZhangQuan．Frameworkofthetheoryandtechnologyforsimultaneousminingofcoalanditsasso-ciatedresourcesJ．JournalofChinaUniversityofMining＆Technology2016454檶檶檶檶檶檶檶檶檶檶檶檶檶檶檶檶檶檶檶檶檶檶檶檶檶檶檶檶檶檶檶檶檶檶檶檶檶檶檶檶檶檶檶檶檶檶653-662．1663．J．2003233-38．DengQilinHuDejin．ExperimentalstudyonrapidmoldingofdensemetalpartsbylasercladdingJ．HeatTreatmentofMetals2003233-38．4．J．2005510-12．XiaoHongjunPengYunMaChengyongetal．Lasersurfacemodi-ficationtechnologyJ．SurfaceTechnology2005510-12．5．65MnJ．2016364385-390．WangHongli．Microstructureandfriction-wearpropertiesoflasercladdingfe-basedalloysonsteelsurfaceof65MnJ．AppliedLa-ser2016364385-390．6．J．200549-12．WuWanliangWangZhentingSunJianfeng．Themicrostructureoflasercladdingontitaniummatrixcompositeslayeranditsstrength-eningmechanismJ．ChinaSurfaceEngineering200549-12．7．J．20085776-781．SongJieZhangQingmaoLinXiaocongetal．Tribologicalproper-tiesofir